FTSH-110-03-L-DV-EC-P

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The FTSH-110-03-L-DV-EC-P is a type of rectangular connectors, headers, and male pins. The applications and working principle of FTSH-110-03-L-DV-EC-P connectors are explained in this article.

FTSH-110-03-L-DV-EC-P connectors are most commonly found in electronic and industrial applications. These connectors offer reliable, cost-effective, and high-performance connections in a variety of designs, including single-row, double-row, and right-angle headers. The FTSH-110-03-L-DV-EC-P connector is a right-angled, two-pin male header. The pins are 0.1″ apart from each other, allowing for easy insertion and extraction. The connector is typically used to connect a pair of wires reliably, and the right-angle configuration makes it suitable for use in tight spaces.

FTSH-110-03-L-DV-EC-P connectors are equipped with a set of gold-plated, press-fit contacts. These contacts provide excellent electrical contact performance and low contact resistance. Furthermore, the high-precision contact ratio ensures reliable connections, even with frequent plugging and unplugging. The connectors are also equipped with an internal locking mechanism, preventing accidental disconnection. Additionally, the connector is designed with a rugged housing to offer superior protection against external environmental factors.

The working principle of FTSH-110-03-L-DV-EC-P connectors is based on the principle of electrical contact. The connector uses gold-plated contacts that are designed to make an electrical connection between two points. Electrical current is conducted through the contacts when an external power source is applied. The contacts are further supplemented by the internal locking mechanism, which helps to secure the connection and prevent accidental disconnection.

In summary, FTSH-110-03-L-DV-EC-P connectors are electronic components that offer reliable and cost-effective connections. These connectors feature a two-pin male header and gold-plated press-fit contacts. The internal locking mechanism of the connectors ensures secure connections, and the rugged housing offers superior protection against external environmental factors. The working principle of the connector is based on the principle of electrical contact, allowing it to conduct electrical current when an external power source is applied.

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